Final Network Design Proposal

CMIT 350 Network Design Proposal

Use this document as a guide for formatting and organizing your CMIT 350 final Network Design Proposal submission.

Title Page

Professionalism will be key to your success and advancement in your academic and professional career. Use the title page to identify relevant information such as your name, the course, professor, and submission/completion date.

Document Index/Contents

Organization will allow your document to be divided into key areas of consideration and allows an overall structure to be placed over the submission.

Sample text:

1. Site “XXXXXXXX” Challenges and Implementation
   II. Site “XXXXXXXX” Challenges and Implementation
   III. Site “XXXXXXXX” Challenges and Implementation
   IV. Bibliography
2. Site “XXXXXXXXXX” Challenge and Implementation

(Provide a section for each site, as suggested in your table of contents.)

Site Details and Challenges (Summary)

Here, you will simply summarize the site requirements and/or challenges you are attempting to overcome. You will not need to implement solutions or discuss your approach at this point. This information is provided to you and can simply be organized and restated as you understand it. Think of this area as what needs to be corrected. Suggested length would be one or two paragraphs.

Sample text:

As described in the scenario, the Dallas site was developed without any VLAN structure, and administrators have found the need to isolate broadcast traffic from a layer-2 perspective.

Site Solution(s) and Technologies

With the challenges stated, you will be able to clearly define your approach to solving those challenges and can state the technologies you will be implementing. Use this area to justify your approach and selection of technologies. The specific length and details of this area will vary based on the specifics and depth of the challenge you are facing. Your justification would be your selection of a specific technology or approach over another and why you chose the approach you are taking. Show off your knowledge in the foundational skills here.

Sample text:

In order to relieve the administrative tasks surrounding the implementation of manual IP addressing per device, we will configure and implement a DHCP (dynamic host configuration protocol) server, per site requirements. The DHCP allows for devices to identify, request and implement IP configurations as well as other settings….

Since this area may call for facts and details around technologies and approaches, you will most likely find yourself using in-text citations, which would appear as follows:

Open Shortest Path First is an open standard routing protocol that’s been implemented by a wide variety of network vendors, including Cisco (Jones, 20xx).

Sample Configuration

Understanding the technologies will satisfy a portion of the documents’ requirements. You will also need to display how the solutions you are suggesting would be implemented.

Embed a copy of the PTK file for the Packet Tracer File you created.

Supporting Tables/Diagrams

When structuring solutions per certain sites, you may find it helpful or even necessary to structure information with tables and/or diagrams. These items can be used to support and display your understood solutions located in the “Site Solution(s) and Technologies” area. Display your organizational and logical skills in this area.

Provide an updated and polished network design diagram (Assignment 1 updated).

Repeat the format to include document components for each site. In this sample, sections numbered II and III in your table of contents would be provided next, followed by the bibliography.

1. Bibliography

Be responsible with your research and included works. Provide proper credit in the APA format to original authors and their works that you leverage in your submission.

ANSWER

Network management is a preprocessed alternative that points out various technical and supplied improvements that are consistently needed in a network system. All possible options interconnected within the system are all required as basic tools to enhance and support communication in the organization. As a needed alternative, enhanced perspective can also consistently provide needful information to the required audience. The network topology also matters as it’s the base structure of both logical and physical alignment of computers based on various instances provided in the actual functionality. All required cases are possible as the main part is to initialize a better structure. They will offer easier manipulation during maintenance, among other instances. Possible network positioning is an enhanced ability purported as a major correlated functionality supplied as a major instance in a variety of the specified network equipment. For this assessment, the provided networks are of huge companies that are enhanced to have more than a hundred devices interconnected to supply information and communicate with each other as a measure in the organization. (Gao,2017)

The actual functionality is situated in a possibility that the network arrangement is how data is shared to the various positional structures. This can be done through both logical and physical design of the information itself. All possible form is actual to the entire system, predetermined to how the data itself is structured. All viable arguments are located to how the information is shared via all computers and how devices are found. The packet tracer authorization is used to locate and fundamentally allocate the various IP addresses assigned to the computer’s multiple devices. It is also situated in all the DNS management. The multiple devices’ arrangement and structure are given to the management structure. After which, the possible arguments are assigned to how all devices are managed and implemented. These structures are all possible because possible factorization is a real possibility in both design and the network layout. The way packets are shared within the devices is essential to how all existing structures and methods are manipulated.

As predetermined instances, all possible factorization is emulated as a possible structure fundamental to how the data is shared as a factor to the shared data emulation. The cases are all predetermined as an emulation to the figures that are factored as possible instances for the initialized packets. Factored models are actual to how data is categorized.  All these instances are possible as a virtual determined instance. These factors affect how all the data is or how it is not shared within the network.

The network structure matters. It matters because all the correlated manipulation are immediate to the functional emulation that is reproductive to the emulation’s primary functionality.

SITE 1, HILO CMIT 350 6390

The various technical establishment emulated within the cementation is an independent emulated structure of the documentation and all its variables. All these instances are technically established as an immediate functionality that helps translate all the possible requirements within the network patterns, and emulation. These instances are all made possible as a correct and pre-established maintained instance. The actual activity is situated as a possible emulation towards emulating the figure instances, and constant factorization in the documentation. The stable IP addresses are assigned as a possible nature of the network’s routing capabilities and the data’s’ actual fundamental availability. The figures, therefore, are actually how the information itself is maintained, and these matters towards how various devices are addressed in the data structure itself.

As involvement in the network’s design and manageability, possible advancements can be initiated to enable the data formalization. Doing so can help to constantly manage likely figures emulated as a figured data arrangement. All factors are made possible through the factorization of the data formats and towards the data itself. IP addresses are made into initialization through the addressed routing platform that is sustainable within the network. Every IP address is also made functional towards the actual dependability feature that helps a sustainable advancement within the data formats.

HILO network has various structures of formulated instances. These instances are independent of the functionality of the network itself. Different IP addresses are assigned to multiple departments correlated to one major router in the network. The possible variations are independent of how the network is being factored as actual figures that are sustainable to the network’s different values. The initialization of the network can be separated from the values that are initialized in the network itself. These functionalities are independent of the figures and devices that are interconnected to the formalization of the data, and the actual independent variables with the information. All the features are independent of how the data itself exists.

HILO networks are all functional to one independent route server. It is further interconnected to the primary applicable data within the transmission’s initialized variables. All figures and data variables are conversant to the technicality of the system. Possible functionality is embedded in the actual figures that are encrypted to sustain the information’s security. A specific data center manages all possible encryption in the immediate functional requirements within the data.

HILO has independent functional requirements that are independent of the figures that are immediate to the maintenance needs of the network. Data is a major tool that is sustainable towards instantaneous company tools and consistency. Its verse maintainability helps sustain the importance of the data keeping it securely transmitted inside and outside the company in relational and logical methods. Local transmission is all maintained towards the accessibility of the data and other providence that helps sustain the data’s importance. All functional data requirements are immediate to the immoderate data. Development can be analyzed through other technical means to ensure that the various hash codes are securely protected through the network. This means can be made possible through the usages of firewall and sustained system importance. A firewall is installed in the network instances through the different levels in the network. All possible models are filtered from the outside to the inside to help protect how data is managed in the company.

The primary data variables are immediate to the established connectivity within the possible features that are initialized within the system’s functionality. The major factor is how this data shows the possible means to connect other devices assigned new IP addresses to its functionality. The IP ranges are factorized through the immediate dynamic accessibility to the router. The data’s availability is possible to correlate all the functional requirements possible in the independent variables’ rapid characterization. Factors that don’t depend on functionality can be established through actual requirements, which are initialized as sustained emulations in IP addresses departments.

SITE 2: HONOLULU CMIT 350 6390

This base institute’s infrastructure is established through concurrent availability that is emulated through all the other instances within the network. Simultaneous data availability is found within the maintainability of the information itself to manage and keep the data concurrent. Possible features are also established based on how the data itself is manufactured and initialized within the system. As a methodology, the network features correlate to the HILO network structure, where independent variables are initialized to sustain the independence of the data about how they are aligned.

The physical outlining of the data is based on various encrypted impediments to purport all the information’s importance. The base structure is initialized from the logical to the design’s emulated form, keeping an analytical and transferrable clear design method. All plans can be initialized as a basic structure that is possible to be emulated in the shared memory in the network base.

Several devices are all initialized within the data sharing methodology within the network. All this possibility is made available as a concurrent feature that enables them to factor out the correlated functionality through the data’s structured base. As a correlation, primary variables can be shared to ensure that the data transmitted is securely accessed by most departments within the network. AS a functional requirement, all possible figures are aligned towards the success of data formalization and emulation. Factors can be available through the precedent-ed element made familiar with the data center’s various departments. All actual configuration is aligned to the physical accessibility and alienation of the data security as a major factorized factor within the network.

Some devices are preinstalled within the data network that is aligned to the importance of the network initialization. All these data variations are initialized to sustainability of the data.  There are various instances that the information encounters a variety of disadvantages through their sharing and communication. The data is aligned to help the sharability of the accessible platform through a preshared data variation in the initialized plan. The system’s sustainability depends on the various factors initialized as a planned characterization of the interdependent variables within the data. Different analysis methods can be used to instantiate possible means that are shared with the information. Which therefore, means that data is a key to how various instances are determined within the network. As a possible means, all relational possibilities can be predetermined to ensure that the shared data is trans variably shared within the network. This is a major instance within the network and all security platforms that are maintained within the network. Concrete data usability can also be a key structure to how the data shared will affect how users will independently factor out decisions to realize a correct feature within the importance of the data. These familiarities will help sustain the security of the data itself from both the outside and the inside.

The shared keys are sustained through the provisions that are established within the network. Possible features can therefore be found to help suffered a major instance in the functional requirements that are possible within the shared and predetermined suggestions within the system. This helps maintain a rational and skillful availability within the network to keep a key method with the relations between the data member functions in the network.

The devices managed within the network can be established to help maintain a correlated functionality. This will help sustain the major application within the data functions and method relations within the data members. The utmost usages of the network will be based on how the data will be shared with the local and the outside world, which means that data may be transferred to the wrong users in cases of miscommunications, which may cause issues later. For these instances, data has to be keenly directed to the required user within the nest environments established. Therefore, the base structure is initialized to help sustain the possible features shared within the network. This requirement is set to help support the provisions within the network systems. As in regard, the possible factorizations will be immediate to how the data shared will sustain the importance of the data itself.

SITE 3: LIHUE CMIT 350 6390

The network can be initialized into a managed structure that will help sustain the importance of the system. Data structures, network structures, and the way IP addresses are collected towards the system can be measured to help support the data’s availability. All possible means can, therefore, be initialized to contain the sustainability of the system. As a methodology, all instances will help perfect how system analysis will ensure that network variableness is all initialized using the network’s correct steps. This means that the transparency of data shared within a topology will be sustained and made available with equality to help support the system importances. All the methodology will help sustain all means to encourage a constant means to ensure that users have a preshared deterministically to maintain their data importance.

The means to ensure that data is familiarized to the possible means can be preshared to ensure there is actual dependability of the data and the different functional features that are immediate to the applicable requirements of the data. All possible means can be transferred through mechanical means. All keys and hotkeys generation are actual to how the topology can be arranged into the information itself. As a requirement, all possible ages can be through the functional and non-functional generation of data variables into independent features within the data. The immediate characteristics that can ensure all data members are independently needed to the data’s functionality. This feature enables a concurrent availability of both data and functionality within the data. This is a better initialization in both the topology and the actualization that the data itself will be initialized.

Conclusion and solutions

The completion of these structures can be independent of how the data variables are accessed and functionally managed to enhance the security feature supplied as a supposed factored system within the environment. All possible functionality can be put across the major instances that are reproductive to the enhancement to factorial the reasonable steps that reinitialize to ensure that the problems are all concreted. As a specialized system, a better requirement is to get an initialized system to sustain the system’s importance All factors can be initialized as a concrete feature towards the data’s subdued factorization as a transferable idea. Data is a variable that can be compared between the initialized maintenance that can be initialized to manage the initialized system. As a methodology, all better-initialized methods can be initialized to better a factored procedure.

As a methodology, the figures are factored as a constant dispatched instance to sustain data availability. Measures analysis can also provide better illustrations that will support better-initialized availability and sustainability of data. These methods can be delivered to ensure data is measured with the highest regard. This means that the actual fundamental processes can be initialized into the resultant methodology’s betterment and to ensure consistent variable initialization. All possible characteristics can be initialized through the step to stereo methodology.

All initialized methods are sustained towards the skills of the debugger. The steps can be put into methodology which can be initialized into the better resultant skills to ensure concurrent availability that is better to be initialized. Various consistency can be surpassed through the network provisions that can be analyzed into the resulting methodology structure. These will enhance data availability, which will bring concurrent features towards the results data formalization and actual initialization.  Various methods are recorded through the tracing of packets that is actual and universally accessed by multiple parties in the network.

References

Gao, Z. K., Small, M., & Kurths, J. (2017). Complex network analysis of time series. EPL (Euro physics Letters), 116(5), 50001. http://iopscience.iop.org/article/10.1209/0295-5075/116/50001/meta

Hevey, D. (2018). Network analysis: a brief overview and tutorial. Health Psychology and Behavioral Medicine, 6(1), 301-328. https://www.tandfonline.com/doi/abs/10.1080/21642850.2018.1521283

Tabassum, S., Pereira, F. S., Fernandes, S., & Gama, J. (2018). Social network analysis: An overview. Wiley Interdisciplinary Reviews: Data Mining and Knowledge Discovery, 8(5), e1256.

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